#Semiconductors

🇨🇳 China has captured its AI chip market: NVIDIA and AMD's share has dropped to 10%. Huawei, Baidu, and Alibaba are pushing out Americans, putting 5 million of their own accelerators into production. NVIDIA is trying to hold on with cut-down versions of the RTX Pro 5000. 📉🚀 #NVIDIA #Huawei #AI #ChinaTech

🇨🇳 The Chinese AI chip market is changing: NVIDIA and AMD's share drops to 10% by the end of 2026. Huawei and Cambricon take the lead, while Alibaba and Tencent develop their own chips. NVIDIA releases a new card with 72 GB GDDR7 compliant with sanctions. 📉🚀 #NVIDIA #Huawei #AI #ChinaTech

🇨🇳 Chinese CXMT has announced plans to capture 30% of the global memory market by 2030. The company is building a sixth factory and is already doubling capacity, challenging Samsung and SK Hynix. 📉🚀 #CXMT #DRAM #ChinaTech

🔬 **Breakthrough in Microelectronics:** Scientists from Berkeley discovered that ordinary titanium dioxide (TiO₂) becomes ferroelectric at a thickness of less than 3 nm. 📉 **Effect Intensifies:** The thinner the film (down to 1 nm), the stronger the effect. This contradicts classical physics. 💾 **Future of Memory:** The technology will allow the creation of ultra-compact non-volatile memory and energy-efficient processors. ⚠️ **Challenges:** The durability of the material and the number of rewrite cycles are currently unknown. Years of research remain before mass adoption.

🚀 Elon Musk announced the construction of TeraFab — the "most valuable building on Earth." The chip plant in Texas, covering 9.3 million m², will cost $16.8 billion and serve as the foundation for Optimus robots and AI. The project's scale is 50 times larger than the Pentagon! 🏭💻 #Tesla #SpaceX #ElonMusk #TeraFab

🇨🇳 China's "Big Fund" has moved to the third phase of financing, shifting focus to AI chips and advanced packaging. 📉 US sanctions pushed Beijing towards import substitution: in 2026, Chinese AI chips captured 79% of the domestic market. 💰 The fund supports companies like DeepSeek and SMIC, but analysts debate the effectiveness of investments under technological blockade. #China #AI #Semiconductors #Technology

🚀 Intel appoints new sales chief: Dean Jarnac moves from Marvell. He will take the post of EVP and be responsible for sales of AI chips, servers, and client solutions. Jarnac has over 30 years of experience, including work at AMD and Broadcom. He will start work in September 2026, replacing Greg Ernst, who is leaving after 27 years with the company. #Intel #Marvell #TechNews #AI

🚀 TSMC and Taiwanese scientists have made a breakthrough in 2D electronics! A new method for creating transistors based on molybdenum disulfide (MoS₂) has been developed. 🔬 The core problem: standard insulators are poorly deposited on 2D materials and reduce their performance. 💡 The solution: creating an atomic buffer of aluminum oxide between MoS₂ and the HfO₂ dielectric. 📉 The result: dielectric thickness reduced to 1 nm without loss of electron mobility. This opens the way to chips significantly more efficient than silicon counterparts. #TSMC #MoS2 #Semiconductors #TechNews #2DTransistors

🚨 <b>Seoul Supreme Court</b> upholds sentence for former <b>SK hynix</b> employee for leaking secrets to China. 📉 In 2022, an employee transferred CMOS sensor data to a Chinese firm to secure employment. ⚖️ Sentence: <b>18 months in prison</b>. Appeal rejected. 🇰🇷 The case highlights the risks of industrial espionage in the semiconductor industry. #SKhynix #Technology #SouthKorea #Espionage #Semiconductors

🤖 Anthropic has officially confirmed the creation of its own chip development team. However, the company has identified a strange paradox: engineers training AI to design processors are paid 2x more ($500k–$850k) than those who create chips by hand ($320k–$485k). This signals that AI will soon replace routine engineering work. 📉💰

🚀 TSMC and NYCU have unveiled a breakthrough technology for next-generation chips. Engineers have developed a method for creating 2D transistors based on molybdenum disulfide (MoS₂), which solves the problem of current control at the nanometer level. The key solution is the use of an ultra-thin aluminum oxide layer (0.42 nm) for ideal coverage. This could become the basis for processors with record density and energy efficiency in the coming years. #TSMC #Semiconductors #MoS2 #TechNews

Chinese AMEC plans to capture 60% of the local lithography equipment market and become a global leader. 🇨🇳 The company is investing billions in new capacities and the development of chips down to 3 nm, striving for technological sovereignty. 📈

Chinese giant CXMT plans to build a second plant in Beijing to increase memory chip production amid shortages and rising AI demand. Following a record $8.6 billion IPO, the company aims to double capacity and strengthen its position in the technological race with the US. 🚀💾

Wedbush analysts reported a critical shortage of Nvidia chips: demand is 12 times higher than supply. 📉 Amid a 85% revenue increase, the company's stock rose by only 4%. The future of the market is linked to AI, robots, and self-driving cars. 🤖🚗

Chinese CXMT, having surpassed Intel in capitalization, is preparing to launch LPDDR6 memory. The chips have already passed checks and will compete with SK Hynix products. The first smartphones with such memory will appear by the end of the year 📱🚀

Intel has made a breakthrough in microelectronics by creating giant chips measuring 240x240 mm. The new "silicon mosaic" technology allows bypassing physical limitations that competitors like NVIDIA have encountered. This will become the key to developing powerful artificial intelligence systems. 🧠🚀

Minpromtorg of Russia has launched the development of a new certification system for microelectronics chemicals, allocating 54 million rubles for the project. 🧪🇷🇺 The goal is to move away from Soviet standards and create a base for import substitution by 2027. Plans also include a reform of localization assessment and the launch of production for 56 types of specialized materials. 📉🚀

Taiwan is preparing amendments to the law requiring large consumers, including TSMC, to build their own power plants. This will deprive the company of the advantages of a centralized network and could lead to a rise in chip prices. 🏭⚡📉